US929652A

US929652A - Book-forming mechanism.

Info

Publication number: US929652A
Application number: US32134206A
Authority: US
Inventors: James Bengough
Original assignee: CARTER CRUME CO Ltd
Current assignee: CARTER-CRUME Co Ltd; CARTER CRUME CO Ltd
Priority date: 1906-06-12
Filing date: 1906-06-12
Publication date: 1909-08-03
Anticipated expiration: 1926-08-03

Description

J. BENGOUGH. BOOK FORMING MECHANISM. APPLIOATION FILED 'Jmu: 12,1906.

Ptented Aug.3,1909.

2 SHEETS-SHEET 1.

WITNESSES:

mamas.

2 sums-41mm 2.

INVENTOR ATTORNEYS Patented Aug. 3', 1909.

J BENGOUGH BOOK FORMING MECHANISM.

APPLICATION 111.21) mm: 12,1908. 929,652.

gtrurrnn srarrps PATENT OFFICE.

i/lltl ES BENGOUGH, OF NIAGARA FA LL$, NEW YORK, ASSIGNOR TO THE GARTER-CRUME CO.,

t LIMITED, OF NIAGARA FALLS, NEW YORK, A CORPORATION OF CANADA.

f tNo. 929,652.

To all wlom it may concern-'1 Be it l::nown that 1, JAMES Bnxoouon, rcsiding at Niagara Falls, in the county of N'agara and State of New York, have invented certain new and useful In'iprovementS in Bool:-l t:-.;n1i11g Mechanism, ot which the following is a full, clear, and exact description, such as will enable others snilled in the art to which it appertains to make and use the same.

This invention relates to means for forming and handling sheets in the manufacture of sales books and the like. One of the objects thereof is to provide simple and etlicient mechanism for forming a set of leaves from a plurality of webs.

A more specific object is to provide mechanism of the above type for preparing and arranging a set of leaves of alternate single and folded form.

Other objects ill be in part obvious and in nart pointed out hereinafter.

The invention accordingly consists in the features of construction, combinations of elements and arrai'igement of parts which ill be exemplified in the construction hereinafter set forth, and the scope of the application of which will be indicated in the follhwing claims.

.in the acconuianying drawings, wherein is shown one of various possible cmbodiw ments of this invention,l igure l is it diagrammatic elevation thereof. Fig. 2 is a similar view of certain of the parts shown in .l ic'. 1 upon a larger scale and in more detailed form.

Similar referencecharacters refer to similar parts throughout both views of the drawings.

Referring now to Fig. 1 ol the drawings, there is shown a roll .1. which may be assumed to be of tissue paper, the web 2 from which passes over a tension roller 3 and suitable guide rollers =lto impression and plate cylinders 5 and (3 respectively. These cylinders are provided with the customary I Specification of Letters Patent.

application filed June 12, 1906 Serial No. 321,342.

inking rollers T, and the entire mechanism" is connected throughout with gearing which it will not be necessary to describe in detail. From the rollers Sand 3 the web 2 passes through numbering, apparatus 8, which is herein diagrammatically represented and may he 01' any approved type. the specific construction thereof torming in itsef no 'part of the present invention. From the I BOOK-FOEMING MECHANISM.

Patented Aug. 3, 1909.

numbering mechanism the web passes over rollers 9 to cutting cylinders 10, the action of which will hereinafter be described in detail. A sheet path 11 leads from cutting cylinders to feed rolls 12, as shown in the drawings. Also leading to feed rolls 12 is a web 13, which is suitably printed and numbered as by the mechanism ll, each con secutive portion of a length equal to that from the cutting point of the mechanism 10 to the bite of the rolls 12 receiving a numher and these numbers being repeated upon such consecutive portions, thus providing a portion bearing the same number twice of a length equal to twice that above set forth. From the rollers 12 the superimposed webs 2 and 13 pass toward the cylinders 15 and 16. It will be noted that inasmuch as at; each revolution of the mechanism 10 the web is severed it will be in the form of separate sheets as it passes toward the last'mentioned cylinders, and will preferablyrest upon the unsevered web l3,suitable tapes 21 being provided if desired.

The several parts are so proportioned and interconnected bysuitable gearing as to feed the web 2 at one-half the rate olt peripheral speed of the rollers 12, whereby upon its free edge entering the bite of the latter rollers it will be accelerated and spaced from the main portion of the web from which it is cut.

The cylinder-s15 and 16 are provided with cutting and creasing mechanism, which, as it is of a WLll-lUlOWlhtyPC, will not be described in detail. It is sutlicient to note that. upon the cylinder 16 are mounted two cutting blades 17 diametrically disposed upon the circumference thereof, and intermediate these parts are positioned the folding blades 18. lroper cooperating female parts are provided upon the cylinder 15, and it will be seen that the web 13 will be severed at each hall revolution of these cylindcrs Assuming the latter web with a sheet 1!) -l'roni web 2 superimposed thereon to enter between these cylinders, it is in'nnediately transfixed by carrying pins 20, the operation of which is well known, and carried partially about the cylinder. At a point substantially coincident with the end of sheet 1!), however, the creasing blade 18 engages the web .123 and creases the same, the folded portion being carried toward strippers 20, from which it passes into a suitable sheet path 21.

The operation of the above-described em bodiment of this invention is substantially as follows :Assuming a free edge of the web 2 to enter between the: rollers 12, it is instantly severed by the mechanism 10 and permitted to travel at the accelerated speed at which the rollers 12- are driven. This sheet having been suitably printed and nunn bered by the mechanisms (5 and 8 respectively. is thus superimposeduponthe web 13 and carried to a position between the cylinders 15 and 16. The parts are so synchronized as to sever the web 13 at a point substantially coincident with the forward free edge of the already severed sheet l9 and to translix the free erllges of both sheets as by the pins 20. These sheets are then carried partially about the roller lb and the creasing blade 18 brought into play at a point substantially opposite the rear edge of sheet 19,. The partially folded web 13 is thence carried about cylinder 15 until stripped therefrom at its folded portion by the parts 20 from which it passes into the sheet path 21. The succeeding cutting blade 17 thereupon severs web 13 at such a point as to bring the fold substantially midway between the ends of the severed sheet. There is thus passed into the sheet path 21 a folded sheet from the web 13 and an unfolded sheet 19 from the web 2 of substantially one-half the length thereof, thus providing an element for the completed boolr or pad comprisinga superimposed sheet of tissue paper predetermined length and a folded sheet or paper which is preferably of a heavier character and which in folded condition is of substantially the same length. It will also be apparent that the sheets it) are consecutively numbered and the sheets cut from web 13 are also consecutively numbered but bear this number twice, thus duplicating the same upon each portion of the leaf in its final form. These munbers are alilte upon lJ'Otll folded and single sheets, and upon being' rcnniived from the sheet path 2i as by a fly there is pro-- vided a pile of leaves of a form, disposi tion and character adapted to be bound into a well-known type of nninifolding book.

The entire series ofopcrations above set forth is repeated with each sheet, it being noted that on account of the rate of travel of the rollers 12 being double that of the feed of the web 2 the severed sheet l3 will, upon passing through these rollers, be spaced from the forward free edge of the web from which it is cutby a distance equal to onehalf the length of one sheet, thus insuring the arrival of this free edge at the rollers 12 coincident with the arrival at that point of the next succeeding section or portion of the web 13.

It will thus be seen that l. have providcd an efficient and reliable mechanism well adapted to accomplish the several objects of this invention. 1

As many changes could be made, in the above construction and many apparently widely different embodiments of this invention could be made without departing from the scope thereof, it is intended that all matter contained in the above description or shown in theaccompanying drawings shall 1. In apparatiis of-the class described, in

combination, cutting=means, feeding means adapted to feed a web toward the same at a predetermined speed, means adapted to feed a second web toward said feeding means at one half of said speed, and means adapted to sever said second web as its forward edge enters said first-named feeding means.

2. ln apparatus of the class described, in

combination, feeding means, means, adapted c to feed a web toward the same at a predetermined speed, means adapted to feeda second web toward the same at one half of said speed, means adapted to sever said sec ond web upon. entering said feeding means, said second web being so positioned with re sp'ect to saidfirstweb that the severed portion thereof will be superimposedupon said first web, cutting means in operative relation to said first-mentioned feeding means and adapted to sever said first web, and means adapted to remove the severed sheets of said webs. V

3. ln appa 'atus of the class described, in combination, feeding means, means adapted to feed one web to ward the same at a predetermined speed, means adapted to feed a second web toward the same at one-half of said speed, means adapted to sever said second web upon entering said feeding means, means adapted to carry said severed sheet and said first web in superimposed relation cutting and folding means independent of said. first feeding means in operative relation to said carrying means and adapted to act upon said unsevered web, and means adapted to remove severed sheets from said, 7

first and second web in folded and unfolded condition respectively and superimposed with relation one to another.

4-. ln apparatus of the class described 1h conibination, a cylinder provided with alter} I nately disposed cuttingand folding blades, a cylinder provided with means adaptedl to co-act'with said blades, means compris'ng a pair of feed rolls adapted to feed a eb into operative relation with said cylinders said cylinders being adapted to sever and fold said web, means adapted to feed a second web to said :t'eed rolls at one-half the rate of speed of said first web, and means adapted to sever said second web simultaneously with its entrance between said feed rolls.

5. In apparatus of the class described, in combination, a cylinder provided with alternately disposed cutting and folding blades, a cylinder provided with means adapted to co-act with said blades, means comprising a pair of feed rolls adapted to feed a web into operative relation with said cylinders said cylinders being adapted to sever and fold said web, means adapted tofee'd a second web to said first feed rolls at one-half the rate of speed of said first web, and means adapted to sever said second web simultaneously with its entrance between said feed rolls and into portions equal in length to one-half of the portions into which said first Web is severed.

6 In apparatus of the class described, in combination, a cylinder provided with alternately d sposed cuttingand folding blades, a cylinder provided with means adapted to co-act with said blades, means comprising a pair of feed rolls adapted to feed a web into operative relation to said cylinders whereby the same is severed into sheets, and means adapted intermittently to feed to said feed rolls a series of sheets of one-half the length of those into which said web is severed and in superimposed relation thereto whereby said severed sheet and said web will be fed to said cylinders at the same speed.

7. In apparatus of the class described, in combination, means adapted to number eonsecutivcly ccmsecutive portions of each of a pair of webs, and means adapted to superimpose and sever correspondingly numbered portions of said webs, the severed portions of one of said webs being of greater length that the severed portions of the other of said webs.

8. In apparatus of the class described, in

combination, means adapted to number con.

sccutively consecutive portions of a web, means adapted to number consecutively consecutive portions of another web, said portions of said second web being of twice the length of those of said first web, means adapted, to sever said portions, means adapted to fold the portions of said second web about the correspondingly numbered portions of said'first web, and means adapted to remove said portions of said two webs insuperimposed relation.

9. In apparatus of the class described, in combination, feeding means, means adapted to feed a web toward the same at a predetermined rate of speed, means adapted to feed a second web toward the same at a greater rate, and means adapted to sever said webs into sheets substantially proportional in relative length to the relative rates at which they are fed, and means adapted consecutively to number the sheets of each web in such manner as to give superimposed sheets corresponding numbers.

' 10. In apparatus of the class describcdyin combination, feeding means, means adapted to feeda web towardthe same at a predetermined rate of speed, means adapted to feed a second web toward the same at a greater rate, means adapted to sever said webs into sheets substantially proportional in relativ e length to the relative rates at which they are fed, means adapted to fold the sheet of greater length,- means adapted to remove said sheets in superimposed relation, and means adapted consecutively to 7 m superimposed relation, means adapted to 7 out said first web, means adapted to remove said webs in superimposed relation, and means adapted consecutively to number the sheets of said web in such manner as to give superimposed sheets corresponding numbers.

In testimony whereof I afiix my signature,

in the presence of two witnesses.

h J AMES BENGOUGH. Witnesses:

\VM. A. PRINGLE,

JonN R. DIOKSON.